PSA Oxygen Generators
Optimized Molecular Sieve Solutions For PSA Oxygen Generators
Pressure Swing Adsorption (PSA) technology stands as a primary method for efficiently separating oxygen from air using molecular sieves. In the PSA oxygen generation process, air is passed through an adsorption bed packed with molecular sieves under high pressure. The molecular sieves preferentially adsorb impurities such as nitrogen, thereby enriching and yielding high-purity oxygen. As the core adsorption material, the performance of the molecular sieve directly impacts the oxygen purity, production rate, and overall efficiency of the PSA oxygen generator.
With years of industry experience, we specialize in research, production, and supply of high-quality oxygen molecular sieve, aiming to help you optimize the performance of your zeolite molecular sieve oxygen generator, achieve greater oxygen purity and yield, and lower operational costs. Focused on the PSA oxygen generator market, we offer specialized products and comprehensive technical support for your diverse needs.
Related Products To Complete Your Project
How Jalon Molecular Sieve Revolutionizes PSA Oxygen Generator
Consistent 93%±3% Oxygen Output
Crafted with premium zeolite and precise pore control, our molecular sieves optimize nitrogen removal in PSA oxygen generators, ensuring a stable 93%±3% oxygen purity for medical and industrial use.
Exceptional Oxygen Production
Our molecular sieves are designed for high nitrogen capacity and rapid adsorption cycle <12s, ensuring faster PSA cycles and a stable oxygen flow, providing a higher oxygen yield per minute for broader applications.
More Economical Oxygen Supply
By efficiently removing nitrogen with minimal energy input, our molecular sieves lower the energy consumed per liter of oxygen in PSA oxygen generators, translating to significant savings on your electricity expenses.
Extended Service Lifespan
The robust composition of our zeolite oxygen sieves offers excellent abrasion and chemical degradation resistance, leading to a prolonged lifespan and fewer replacements for the PSA oxygen concentrator.
Wide Oxygen Generator Compatibility
The zeolite molecular sieve for oxygen concentrator from Jalon is engineered to be highly compatible with a multitude of existing oxygen concentrator models, making system upgrades simple.
Build Compact Devices
The combination of an ultra-light material and high packing density in our oxygen concentrator molecular sieve empowers manufacturers to produce more compact and easily portable oxygen concentrators.
Jalon: Trusted Source for High-Quality Oxygen Concentrator Molecular Sieve
Our dedication to innovation, precise customization, uncompromising quality, and global reach makes Jalon the premier choice for your molecular sieve beds for oxygen concentrator requirements.
Continuous R&D for Superior Oxygen Gneration Solutions
Driven by innovation, Jalon’s expert team continuously refines our molecular sieve for oxygen enrichment solutions, ensuring your PSA oxygen generator benefits from the latest advancements and superior quality.
- Over 78 experienced scientists and engineers dedicated to R&D.
- RMB 40 million invested in advanced research facilities.
- Achieved over 112 patents in technological innovation.
- Strategic collaborations with 6 provincial and 5 joint laboratories.
- Fully equipped pilot plant for advanced technology testing and validation.
- Supported by an academician work station for groundbreaking research initiatives.
Comprehensive Technical Support Backed by Expertise
For 26 years, Jalon has cultivated a deep understanding of PSA molecular sieve oxygen generation requirements, allowing us to expertly customize oxygen enrichment molecular sieve, providing tailored solution that enhances efficiency and reliability for your specific applications.
- Experienced technical team provides complimentary consultation and conducts a thorough analysis of your PSA oxygen generator project requirements and budget.
- Leveraging extensive product knowledge, a rapid recommendation of the optimal zeolite molecular sieve solution tailored to your specific needs and budget is provided.
- Complimentary samples are offered for your testing, and we can also test your samples to confirm our capability for reliable bulk production, regardless of order volume.
Ensuring Peak Performance Through Quality Assurance
You can trust Jalon’s oxygen molecular sieves to deliver consistent and dependable results. Our comprehensive quality assurance system guarantees product stability and allows us to meet even the most demanding specifications for your molecular sieve oxygen concentrator applications.
- Premium raw materials are ensured through strict supplier selection and in-house zeolite powder production with rigorous testing.
- Precise and stable production is achieved with a DCS fully automated system and a skilled, continuously trained workforce.
- Every batch undergoes strict quality testing using international standards, with customizable options and comprehensive documentation provided.
- Product quality is fully traceable with long-term sample retention, providing customers with added confidence and assurance.
Secure Your Supply with Asia's Peerless
As a leading manufacturer of oxygen concentrator molecular sieve in Asia, Jalon possesses an expansive production capacity and a strategically positioned global network to ensure a stable and timely supply for the demanding molecular sieve oxygen generator market worldwide.
- Jalon boasts a massive 47,000 tons annual capacity from its extensive 200,000 sqm production base.
- Factories in mainland China and Thailand ensure reliable supply and consistent quality for global markets.
- Strategically located near ports and airports for efficient delivery and a responsive global supply network.
Our Certifications:
Your Assurance of Quality
At the core of our work is a commitment to empowering PSA oxygen generators with reliable and high-performing molecular sieves. Our certifications are not just accolades; they are promises of excellence you can trust.
ISO14001: 2015
ISO45001: 2018
ISO9001: 2015
ISO50001 Energy Management System Certification
IATF16949 2016 Certificate
European Patent Certificate
US Invention Patent Certificate
Frequently Asked Questions
Selecting the right molecular sieve for your PSA oxygen generator is vital for achieving your desired oxygen purity and flow rate. Key factors to consider include the required oxygen output, the molecular sieve’s capacity to effectively adsorb nitrogen, the specific operating temperature and humidity of your system, and the expected lifespan of the molecular sieve bed. For optimal oxygen generation, Jalon offers a dedicated X-type molecular sieve specifically designed for PSA systems. This innovative molecular sieve boasts a higher nitrogen adsorption capacity and superior nitrogen-oxygen selectivity compared to conventional 13X and 5A (CaA) types. This translates to enhanced efficiency and performance in your PSA oxygen generator. To help you choose the most suitable Jalon molecular sieve for your specific needs, please provide details about your system requirements.
Yes, we offer molecular sieve models tailored to specific PSA oxygen generator applications. Our JLOX-501 and JLOX-101 molecular sieves are designed for medical oxygen concentrators in the 1-5L/Min range, while the JLOX-103A is specifically developed for VPSA industrial oxygen generators with a flow rate above 300Nm³/h, achieving 93%±3% oxygen purity. The JLOX-500 is primarily used in PSA industrial oxygen generation and medical central oxygen supply systems as a sieve bed material. Feel free to share your application details, and we’ll recommend the most suitable molecular sieve for your oxygen concentrator or generator needs.
Yes, Jalon specializes in tailoring molecular sieve solutions to meet the unique requirements of your PSA oxygen generator. Our experienced team can analyze your system’s specific demands and performance goals to recommend or even develop a customized molecular sieve solution that optimizes oxygen purity, yield, and efficiency. We are committed to providing you with the best possible performance for your application.
Several indicators can signal that the molecular sieve in your PSA oxygen generator may need replacing. The most common sign is a noticeable decrease in oxygen purity below the expected level. You might also observe a lower oxygen flow rate than usual. If your PSA system takes longer to complete its cycle or if you notice a significant increase in energy consumption to achieve the same oxygen output, the molecular sieve’s adsorption capacity might be diminished. In some cases, you might detect unusual odors coming from the oxygen outlet. Finally, if you can physically inspect the sieve bed, the presence of excessive dust or broken beads indicates degradation. Any of these signs suggest that the molecular sieve is losing its effectiveness and should be considered for replacement to maintain optimal performance of your PSA oxygen generator.
Yes, Jalon is committed to supporting you throughout your project. We gladly provide comprehensive technical services, including guidance on molecular sieve replacement and maintenance best practices. Furthermore, we offer technical assistance, adsorbent activation support, and process optimization advice to ensure the long-term performance and efficiency of your PSA system.
Our oxygen enrichment molecular sieve are new X type molecular sieve specialized in PSA oxygen generator plant for oxygen production with high nitrogen adsorption capacity and nitrogen/oxygen selectivity. They are the substitute of 13X and 5A (CaA) type molecular sieve.
The main characteristics of Jalon zeolite molecular sieve for oxygen generators are as follows:
a) Our molecular sieve has the characteristics of higher N2 adsorption capacity, high nitrogen with oxygen selectivity and easy desorption etc.
b) Our molecular sieve has good wear resistance and a longer service life.
c) Our molecular sieve has high cost performance.
d) It can significantly increase the economic benefits of oxygen production by lowering operating costs and energy consumption.
Our PSA oxygen generator molecular sieves are typically regenerated through a combination of pressure reduction and/or elevated temperature. During the oxygen production cycle, the molecular sieve adsorbs nitrogen. To prepare it for the next cycle, the pressure is reduced, allowing the adsorbed nitrogen to be released. In some cases, a mild increase in temperature can further enhance this desorption process, ensuring the molecular sieve’s adsorption capacity is fully restored for continuous and efficient oxygen production. This regeneration capability is key to the long lifespan and cost-effectiveness of our molecular sieve materials.
Both JLOX-101A and JLOX-501A will preferentially adsorb water over all other airborne molecules. To ensure maximum nitrogen capacity, please follow the instructions to minimize moisture pick-up from air.
1. Loading of the adsorbents in a dry workshop;
2. When opening the packaging barrel, check whether the packaging barrel is damaged or deformed, and whether the clamp is loose, to determine whether the packaging barrel is leaking.
3. After checking that there is no air leakage in the packaging barrel, loosen the clamp and the bolts, and open the lid of the barrel.
4. Before loading, make sure the adsorption vessels are clean.
5. When filling the adsorption vessels, the metering cylinder should be filled once. During the filling interval, the plastic inner packaging bag should be folded and compressed to minimize air contact and prevent water adsorption. Before filling is completed, the plastic packaging bag should be tied tightly and the packaging bucket lid should be closed for storage.
6. After loading, shake the adsorption tower in time to ensure that the molecular sieve is densely filled.
7. When filling is completed, seal the adsorption tower promptly, isolate it from the air, and store it in a dry place for final assembly.
8. During the whole process, operators should wear dust masks to avoid dust inhalation and to avoid moisture brought by breathing.
Optimized Molecular Sieve Solutions For PSA Oxygen Generators
Pressure Swing Adsorption (PSA) technology stands as a primary method for efficiently separating oxygen from air using molecular sieves. In the PSA oxygen generation process, air is passed through an adsorption bed packed with molecular sieves under high pressure. The molecular sieves preferentially adsorb impurities such as nitrogen, thereby enriching and yielding high-purity oxygen. As the core adsorption material, the performance of the molecular sieve directly impacts the oxygen purity, production rate, and overall efficiency of the PSA oxygen generator.
With years of industry experience, we specialize in research, production, and supply of high-quality oxygen molecular sieve, aiming to help you optimize the performance of your zeolite molecular sieve oxygen generator, achieve greater oxygen purity and yield, and lower operational costs. Focused on the PSA oxygen generator market, we offer specialized products and comprehensive technical support for your diverse needs.
Extended Service Lifespan
The robust composition of our zeolite oxygen sieves offers excellent abrasion and chemical degradation resistance, leading to a prolonged lifespan and fewer replacements for the PSA oxygen concentrator.
Wide Oxygen Generator Compatibility
The zeolite molecular sieve for oxygen concentrator from Jalon is engineered to be highly compatible with a multitude of existing oxygen concentrator models, making system upgrades simple.
Build Compact Devices
The combination of an ultra-light material and high packing density in our oxygen concentrator molecular sieve empowers manufacturers to produce more compact and easily portable oxygen concentrators.
Consistent 93%±3% Oxygen Output
Crafted with premium zeolite and precise pore control, our molecular sieves optimize nitrogen removal in PSA oxygen generators, ensuring a stable 93%±3% oxygen purity for medical and industrial use.
Exceptional Oxygen Production
Our molecular sieves are designed for high nitrogen capacity and rapid adsorption cycle <12s, ensuring faster PSA cycles and a stable oxygen flow, providing a higher oxygen yield per minute for broader applications.
More Economical Oxygen Supply
By efficiently removing nitrogen with minimal energy input, our molecular sieves lower the energy consumed per liter of oxygen in PSA oxygen generators, translating to significant savings on your electricity expenses.
Engineering Success for Diverse PSA Oxygen Generator Applications
Explore the diverse potential of our zeolite molecular sieve oxygen generator materials for your oxygen generation needs.
Medical Oxygen
● Ensures PSA oxygen purity consistently meets stringent medical standards (e.g., USP, EP).
● Contributes to the longevity and stable performance of large oxygen concentrators for medical use.
● Supports the design of energy-efficient PSA medical oxygen generator for high-volume oxygen production.
● Contributes to the longevity and stable performance of large oxygen concentrators for medical use.
● Supports the design of energy-efficient PSA medical oxygen generator for high-volume oxygen production.
Industrial Combustion Enhancement
● Facilitates efficient and reliable oxygen enrichment in industrial combustion processes.
● Offers a durable and reliable component for a robust industrial oxygen generator.
● Supports the production of cost-efficient on-site PSA oxygen solutions.
● Offers a durable and reliable component for a robust industrial oxygen generator.
● Supports the production of cost-efficient on-site PSA oxygen solutions.
Wastewater Treatment
● Supports the consistent and reliable supply of oxygen for effective wastewater aeration.
● Offers a durable component for PSA oxygen concentrators operating in demanding environments.
● Offers a durable component for PSA oxygen concentrators operating in demanding environments.
Glass Manufacturing
● Enables PSA oxygen gas generators to deliver oxygen for higher furnace efficiency and glass quality.
● Contributes to the stable and reliable operation of oxygen generators used in glass manufacturing.
● Contributes to the stable and reliable operation of oxygen generators used in glass manufacturing.
Aquaculture
● Supports the reliable generation of oxygen for maintaining optimal dissolved oxygen levels in aquaculture.
● Contributes to the long lifespan and stable operation of the PSA molecular sieve oxygen generation system used in aquaculture.
● Contributes to the long lifespan and stable operation of the PSA molecular sieve oxygen generation system used in aquaculture.
Pulp and Paper Industry
● Facilitates the efficient and reliable production of oxygen for various pulp and paper processes.
● Enables reliable oxygen supply of large-scale PSA oxygen concentrator in pulp and paper mills.
● Enables reliable oxygen supply of large-scale PSA oxygen concentrator in pulp and paper mills.
Chemical Industry
● Providing versatile oxygen sources with specific purity levels for diverse chemical processes.
● Ensuring the reliability and safety of oxygen supply for chemical processes.
● Ensuring the reliability and safety of oxygen supply for chemical processes.
Portable Medical Oxygen Concentrators
● Enables the manufacturing of lightweight and compact portable zeolite oxygen concentrator.
● Offers high packing density, enabling the creation of compact oxygen concentrator designs.
● Ensures reliable oxygen delivery for personal medical use.
● Offers high packing density, enabling the creation of compact oxygen concentrator designs.
● Ensures reliable oxygen delivery for personal medical use.
Ozone Generators
● Enables PSA systems to provide high-purity oxygen as feedstock for efficient ozone generation.
● Contributes to the stable and reliable operation of ozone generation systems.
● Contributes to the stable and reliable operation of ozone generation systems.
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